Multi-pane, multi-geometry goggle eye-shield
a goggles and eye shield technology, applied in the field of multi-pane eye shield goggles and multi-pane eye shields, can solve the problems of fogging impairing vision, affecting vision, and affecting the momentary impairment of vision, so as to achieve easy and cost-effective manufacturing, clear image, and wide range of vision
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first embodiment
[0070]Referring to FIGS. 1a, 2a, 3a-g, 5a, 6a-d, and 7a-d, there are shown multi-pane, multi-geometry eye-shield components for an embodiment of a multi-pane, multi-geometry eye-shield 100, such as may be adapted for use in a ski goggle, that comprises an outer spherical, or toric, anterior eye-shield member 101 preferably made of a suitable optical grade plastic that is transparent and translucent, such as polycarbonate plastic, and may be either machined or made by injection molding. The outer eye-shield member 101 has an anterior convex substantially spherical surface area 104, an anterior convex substantially spherical peripheral surface area 162, a posterior concave substantially spherical surface area 105, and a posterior concave substantially spherical peripheral surface area 164. The outer eye-shield member 101 has two ends 120, 121. On each end 120, 121 of outer eye-shield member 101, there is a hole 124, 125, each hole formed, or defined, by a loop or band 122, 123 of resi...
second embodiment
[0082]Referring to FIGS. 1b, 2b, 3h-3i, 5b, 6a-d, 7e-f and 10a-10c, in a second embodiment of the invention, there is provided a multi-pane, multi-geometry goggle eye-shield 100′ adapted for heating with a power source, such as for example a lithium-ion battery 229, carried for example on a goggle frame, a goggle strap, another eye-shield frame or on a user's person. Just as with the eye-shield 100, the eye-shield 100′ also comprises a spherical, or toric, anterior outer eye-shield member 101 preferably made of a suitable optical grade plastic that is transparent and translucent, such as polycarbonate plastic. Eye-shield member 101 may be either machined or made by injection molding and has an anterior convex substantially spherical surface area 104 and a substantially spherical anterior peripheral surface area 162. The eye-shield member 101 further comprises a posterior concave substantially spherical surface area 105 and a posterior substantially spherical peripheral surface area ...
third embodiment
[0091]Referring to FIGS. 2a, 6a-d, 7a-d, 8a, 9a, 11a-g and 12a-b there are shown multi-pane, multi-geometry eye-shield components for another, third, embodiment of a multi-pane, multi-geometry eye-shield 100″, such as may be adapted for use in a ski goggle. As with eye-shields 100 and 100′, eye-shield 100″ (see FIG. 9a) comprises an outer spherical, or toric, anterior eye-shield member 101 preferably made of a suitable optical grade plastic that is transparent and translucent, such as polycarbonate plastic, and may be either machined or made by injection molding. The outer eye-shield member 101 has an anterior convex substantially spherical surface area 104, an anterior convex substantially spherical peripheral surface area 162, a posterior concave substantially spherical surface area 105, and a posterior concave substantially spherical peripheral surface area 164. The outer eye-shield member 101 has two ends 120, 121. On each end 120, 121 of outer eye-shield member 101, there is a ...
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